walberla::geometry::initializer Namespace Reference

Classes
class	BoundaryFromBody
	Initializes a boundary handler using a Body (works for both boundary handlings and boundary handling collections). More...
class	BoundaryFromCellInterval
	Initializes a boundary handler using a CellInterval (works for both boundary handlings and boundary handling collections). More...
class	BoundaryFromDomainBorder
	Sets a boundary condition at a certain border of the domain (borders are specified by directions). More...
class	BoundaryFromImage
	Sets boundary conditions according to a gray scale image. More...
class	BoundaryFromVoxelFile
	Sets boundary conditions using information obtained from a voxel file. More...
class	BoundarySetter
class	BoundarySetter< FlagField< Flag_T > >
struct	IBlockIDPtrCompare
class	InitializationManager
	Manages domain initialization from configuration file. More...
class	Initializer
	Abstract base class for all Initializers. More...
class	InitializerUIDGenerator
class	OverlapFieldFromBody
	Initializes a scalar field from a geometric body. More...
class	ScalarFieldFromBody
	Initializes a scalar field from a geometric body. More...
class	ScalarFieldFromCellInterval
	Initializes a scalar field using a CellInterval. More...
class	ScalarFieldFromGrayScaleImage
	Initializes a scalar field, using the pixel values from a gray scale image The real_t field is initialized with values between 0 and 1. More...

Typedefs
using	CellIntervalMap = std::map<const IBlockID *, CellInterval, IBlockIDPtrCompare>
using	CellIntervalDataMap = std::map<const IBlockID *, std::pair<CellInterval, std::vector<uint8_t>>, IBlockIDPtrCompare>
using	InitializerUID = uid::UID<InitializerUIDGenerator>

Functions
static void	transform3Dto2D (Cell &cell, uint_t extrusionCoord)
static void	transform2Dto3D (Cell &cell, uint_t extrusionCoord)
static void	transform2Dto3D (CellInterval &ci, uint_t extrusionCoord)
CellIntervalDataMap	readCellIntervalsOnRoot (const std::string &geometryFile, const Cell &offset, const CellIntervalMap &cellIntervals)
CellVector	findCellsWithFlag (const CellInterval &cellInterval, const std::vector< uint8_t > &data, uint8_t flag)
static void	transform3Dto2D (Cell &cell, uint_t extrusionCoord)
static void	transform2Dto3D (Cell &cell, uint_t extrusionCoord)
static void	transform2Dto3D (CellInterval &ci, uint_t extrusionCoord)

Typedef Documentation

CellIntervalDataMap

using walberla::geometry::initializer::CellIntervalDataMap = std::map<const IBlockID *, std::pair<CellInterval, std::vector<uint8_t>>, IBlockIDPtrCompare>

CellIntervalMap

using walberla::geometry::initializer::CellIntervalMap = std::map<const IBlockID *, CellInterval, IBlockIDPtrCompare>

InitializerUID

using walberla::geometry::initializer::InitializerUID = uid::UID<InitializerUIDGenerator>

Function Documentation

findCellsWithFlag()

CellVector walberla::geometry::initializer::findCellsWithFlag	(	const CellInterval &	cellInterval,
		const std::vector< uint8_t > &	data,
		uint8_t	flag )

readCellIntervalsOnRoot()

CellIntervalDataMap walberla::geometry::initializer::readCellIntervalsOnRoot	(	const std::string &	geometryFile,
		const Cell &	offset,
		const CellIntervalMap &	cellIntervals )

transform2Dto3D() [1/4]

static void walberla::geometry::initializer::transform2Dto3D ( Cell & cell, uint_t extrusionCoord )

inlinestatic

transform2Dto3D() [2/4]

static void walberla::geometry::initializer::transform2Dto3D ( Cell & cell, uint_t extrusionCoord )

static

transform2Dto3D() [3/4]

static void walberla::geometry::initializer::transform2Dto3D ( CellInterval & ci, uint_t extrusionCoord )

inlinestatic

transform2Dto3D() [4/4]

static void walberla::geometry::initializer::transform2Dto3D ( CellInterval & ci, uint_t extrusionCoord )

static

transform3Dto2D() [1/2]

static void walberla::geometry::initializer::transform3Dto2D ( Cell & cell, uint_t extrusionCoord )

inlinestatic

transform3Dto2D() [2/2]

static void walberla::geometry::initializer::transform3Dto2D ( Cell & cell, uint_t extrusionCoord )

static